Fixed Abrasive Wheels & Pads
Stahli USA designs, tests, and builds fixed abrasive flat honing and fine grinding wheels. The aim of fixed abrasive wheels is to modify the surface structure and/or preparation of a workpiece. In general, fixed abrasive wheels are characterized by grit size, bonding material, abrasive substances used, and the grade and structure of the fine grinding wheel. Additionally, the physical and chemical properties of the diamond and/or CBN crystals can influence the performance of the grinding wheel. Having over 50 years of experience in our field has earned us the prestige of the highest quality fixed super abrasive wheels.
In addition, our laboratory continuously tests the latest developments in super abrasive grinding wheel technology. Via our ongoing contract jobs and R&D testing, allows us to ensure the fixed abrasive wheel is made to the highest superior quality standard. Furthermore, our work includes the utilization of resin bond, vitrified bond, and metal bond products. We manufacture grinding wheels for a variety of machines. Meanwhile, with the rigidity and speed capabilities of the Stahli designed DLM and FLM machines; we’re able to take advantage of the expansion in wheel development.
Feeling For Finishing…
Manufacturing super abrasive wheels for both single and double-sided machinery allows more flexibility in applications applied. Having the capability to manufacture them in-house allows us to Furthermore, our abrasive wheels strongly serve the carbide cutting tool industry, the ceramics industry, the quartz industry, thermal spray, and many other specialty materials!
Above all, the high-quality finishes that pair with money and time-saving outcomes delivering to you, use Stahli USA as your #1 supplier in manufacturing your next super abrasive wheel. In addition to typical flat honing and fine grinding applications; we continue to push the envelope towards finer finishes, reduced sub-surface damage, and consistent quality.
Please contact Stahli USA to discuss your fixed-abrasive applications.